Research Management System | Persian Gulf University | Soroush Ahmadi

Name	Soroush Ahmadi
Affiliation	Assistant professor, Chemical Engineering, Faculty of Petroleum, Gas and Petrochemical Engineering
Degree	Ph.D
Website	—
Email	ahmadi [dot] s [dot] pgu [at] gmail [dot] com

	Title	Journal
1	Optimization of the corrosion inhibition performance of 2-mercaptobenzothiazole for carbon steel in HCl media using response surface methodology	FUEL Volume 357 (2024) 129783
2	Development of an RSM-based predictive model for evaluation of corrosion efficiency of ATMP in one molar HCl for carbon steel samples	PETROLEUM SCIENCE AND TECHNOLOGY Volume 41 (2023) Pages 1-19
3	Prediction of barium sulfate precipitation in dynamic tube blocking tests and its inhibition for waterflooding application using response surface methodology	Petroleum Exploration and Production Technology Volume 13 (2023) pages 2267–2281
4	Experimental and modeling analysis on the performance of 2-mercaptobenzimidazole corrosion inhibitor in hydrochloric acid solution during acidizing in the petroleum industry	Journal of Petroleum Exploration and Production Technology Volume 13 (2023) pages 2217–2235
5	Experimental Investigation on Separation of Water in Crude Oil Emulsions Using an Oil-Soluble Demulsifier	Iranian Journal of Chemistry and Chemical Engineering Volume 42 (2023) Pages 2332-2343
6	Synergistic Effect Between Oleic Imidazoline and 2-Mercaptobenzimidazole for Increasing the Corrosion Inhibition Performance in Carbon Steel Samples	Iranian Journal of Chemistry and Chemical Engineering Volume 42 (2023) Pages 321-336
7	Inhibition of Barium Sulfate Precipitation During Water Injection into Oil Reservoirs Using Various Scale Inhibitors	ARABIAN JOURNAL FOR SCIENCE AND ENGINEERING Volume 48 (2022) pages 9383–9399
8	Experimental study of the low salinity water injection process in the presence of scale inhibitor and various nanoparticles	Journal of Petroleum Exploration and Production Technology Volume 13 (2022) pages 903–916
9	Optimization of the demulsification of water-in-heavy crude oil emulsions using response surface methodology	FUEL Volume 323 (2022) 124270